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High-precision safety laser scanner is used for positioning, mapping and mapping. Programmable

High-precision safety laser scanner is used for positioning, mapping and mapping. Programmable

High-precision safety laser scanner is used for positioning, mapping and mapping. Programmable
High-precision safety laser scanner is used for positioning, mapping and mapping. ProgrammableHigh-precision safety laser scanner is used for positioning, mapping and mapping. ProgrammableHigh-precision safety laser scanner is used for positioning, mapping and mapping. ProgrammableHigh-precision safety laser scanner is used for positioning, mapping and mapping. ProgrammableHigh-precision safety laser scanner is used for positioning, mapping and mapping. Programmable
Categories2D safety laser scanner sensor
BrandCYNDAR
ModelXD-TOF-30
Product name2D-TOF navigation type safety laser scanner
Measuring range0.1-5M@10% reflectivity 0.1-10m@90% reflectivity
Scanning frequency10/15/20/25/30Hz
Ranging accuracy±30mm
Scan angle range270º
Working potentialDC12V-24V
Terms of PaymentT/T, Paypal
Update Time2021-06-23
Detail Information

Safety scanners features

● lidar navigation has multiple interfaces: USB, Ethernet

●IP65 dustproof and waterproof

●It is still applicable in harsh industrial environment.

● A variety of installation methods and abundant accessories, easy to use, convenient for users to develop

● Support remote maintenance and upgrade

●10M distance, 270° angle,

● Use human eye safety protection laser, in line with standards

●2d laser profile scanner multi-area monitoring

●It is still applicable in harsh industrial environment.

Using TOF (Time of Flight) distance measurement technology to ensure that the accuracy of the installed laser scanner will not change with the distance.
In the condition of long-distance objects, the measurement accuracy is still accurate and stable
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Spot characteristics (at 10 m)
The safety laser scanner Navigation uses semiconductor LD as the light source, and the LD light characteristic has a difference in the divergence angle of the fast and slow axes, so when the motor rotates, the shape of the light spot on the target will also rotate. At 0°, the shape of the spot hitting a 10 m away target is as shown in the figure, with a horizontal width of 150 mm and a vertical width of 25 mm. As the angle increases, the spot will rotate counterclockwise. At 90° and 270°, The light spots are distributed vertically.
Lidar Navigation indicator
Power indicator: On means the power is working normally;
Dark means that the power is not connected or the power is abnormal.
Status indicator: Always on, it indicates normal status;
Blinking means abnormal device status;
*Note: When the device is just powered on, the status indicator will flash briefly, indicating that the device is starting up and is in a normal state.



Safety scanners Product parameter 

Item Name

Plane navigation type safety laser scanner sensor

product code

XD-TOF-10H

Measuring range

0.1-5M@10% reflectivity 0.1-10m@90% reflectivity

Ranging error

±30mm

Scan angle range

270º

Point cloud data merge

1/2/4/8 points

scanning frequency

10/15/20/25/30Hz

Minimum angular resolution

0.08 º

Working potential

DC12V-24V

Working current

0.21A/12A (typical)

Laser safety level

905nm class I

power

2.5W

Data transmission interface

Ethernet100BASE-TX

Response time

<10s

Indicator status

Power indicator, status indicator

Environmental illuminance range

<50000Lux

range of working temperature

-10 ºC▬55 ºC

Storage temperature range

-30 ºC▬75 ºC

XD-TOF-30 function
XD-TOF-10HM accessories and interfaces
XD-TOF-10HM safety laser sensor product size
Safety laser scanner indicator
XD-TOF-10HM software diagram and cloud point diagram
Product application scenarios and others
Safety laser scanner for industrial/commercial robot navigation
TOF-10H safety laser scanner is used in perimeter security, designed to set up people or objects to climb and pass through a predetermined defense zone, and can link the video surveillance system to accurately locate and alarm. Beixing Security Series LiDAR combines its own technical advantages and multi-field landing experience, and uses the principle of ToF (time of flight) detection to form an "invisible laser wall" for the protection area, so that the intrusion target has no possibility of overturning
CYNDAR's main TOF-10H is used in AMR (autonomous mobile robot), which is the main evolution direction of mobile robots in recent years. Compared with the traditional AGV (Automatic Guided Vehicle), AMR does not require magnetic stripe or QR code navigation. With the help of laser, visual SLAM and other technologies, the robot can get rid of the dependence on physical guidance or marking, and achieve more autonomous and flexible Move effect.
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Factory and product content
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Since 2010, Cyndar has been committed to safety sensors. We insist on technological innovation and put customer success first. A professional pre-sales team will guide customers on how to choose the most suitable products.

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